Flow, temperature, pressure, level, and water chemistry — measured where it matters. From hyperscale CDU farms to rear-door heat exchangers and two-phase immersion tanks, Supmea instruments are the sensing layer behind reliable liquid cooling.
Five core product families covering flow, temperature, pressure, level, and water quality — each optimized for data center liquid cooling environments.
Electromagnetic and Coriolis flow meters for precise coolant flow measurement in CDU loops and immersion tanks.
Learn moreRTD and thermocouple assemblies with 4–20 mA transmitters for supply/return loop and rack-level monitoring.
Learn moreHigh-stability silicon piezoresistive sensors for differential and gauge pressure across cooling manifolds.
Learn moreUltrasonic and guided wave radar level sensors for coolant reservoirs, expansion tanks, and immersion baths.
Learn moreOnline pH, conductivity, dissolved oxygen, and turbidity analyzers for coolant chemistry and corrosion prevention.
Learn moreIn-depth articles, application guides, and engineering resources for data center liquid cooling instrumentation.
Step-by-step guides for selecting and deploying instrumentation in direct-to-chip, immersion, and RDHx cooling architectures.
Datasheets, CAD drawings, wiring diagrams, and BMS/DCIM integration documentation for specification engineers and system integrators.
Analysis of liquid cooling trends, thermal density challenges, and instrumentation strategies for AI-era data centers.
Installation manuals, troubleshooting guides, calibration procedures, and firmware updates for deployed instruments.
Tailored instrumentation solutions for every data center type — from hyperscale campuses to distributed edge sites.
High-volume CDU loop monitoring at scale
Direct-to-chip & immersion cooling for GPU racks
Multi-tenant cooling metering & SLA assurance
Compact, low-maintenance cooling instrumentation
Cooling monitoring for 5G & central office sites
Technical articles, product updates, and industry perspectives on data center liquid cooling instrumentation.
A practical comparison of Coriolis vs. electromagnetic flow meters for single-phase and two-phase immersion cooling applications.
How rack-level power densities above 100 kW are reshaping instrumentation strategy for next-generation AI compute.
How corrosion, biofilm, and pH drift in liquid cooling loops impact hardware reliability — and what to measure to prevent failures.
Whether you're designing a new liquid-cooled data center or retrofitting existing air-cooled facilities, our engineers can help you select the right instrumentation package.